KR20160105567A - instrument indraft machine - Google Patents

Abstract

The present invention relates to a bubble generator which comprises a bubble container directly adhering to a skin of a user,
And more particularly, to an automatic negative pressure generating device having a negative pressure generating part for making the degree of the generated negative pressure be about,
A negative pressure selection unit for selecting any negative pressure generation mode among the diversified selection modes of demotion; Between the buoyant vessel and the negative pressure generator,
A solenoid valve for connecting or disconnecting the exhaust pipe connected thereto by an input operation control signal; By the negative pressure generator
A negative pressure detector for detecting whether a predetermined negative pressure is generated in the inside of the bouyou container; And a constant negative pressure was generated in the negative pressure detection unit
If it is determined that the negative pressure has been selected, a time corresponding to the mode selected by the negative pressure selector is delayed, and an on-operation signal is supplied to the solenoid valve
And the exhaust pipe connected between the buoyant vessel and the negative pressure generating unit is shut off, and a predetermined negative pressure is detected by the negative pressure detecting unit
If it is judged that the signal is not generated, the time delay corresponding to the mode selected by the negative pressure selection unit is delayed,
A negative pressure oil which transfers a control signal to the side of the nozzle valve to connect the exhaust pipe connected between the bulb-
The formation of negative pressure based on the selection of the user according to the selection mode (weak, medium, heavy) rather than the uniform negative pressure including the branch
Thereby providing the convenience of the user.

Description

{Instrument indraft machine}

[0001] The present invention relates to a negative pressure generating apparatus for generating a negative pressure necessary for an auxiliary valve, and more particularly,

(Negative, medium, and strong), rather than generating a uniform negative pressure, so as to generate a required negative pressure, and to provide the convenience of the user through the formation of negative pressure based on the selection of the user according to the selection mode To a medical negative pressure generating device.

In general, a flapper is a herbal medicine treatment device used for vacuum blood purification, blood purification, and improvement of body composition. A therapeutic lotion or alcohol is applied to a lesion which is traditionally intended to be treated, and a few drops of alcohol are dropped in the flotation complex. The oxygen is exhausted, the fire is turned off, the inside is evacuated, and at the same time, a part of the skin is sucked into the bulwark complex. At this time, the pores of the skin are opened and the pores are opened Within the human body

Waste and toxins were spilled out.

This traditional approach, however, is not a real expert,

In order to solve the problem, conventionally, the air suction means is separately connected to the vertical-type container,

So that a negative pressure is formed inside the container more conveniently by the step.

The air suction means used at this time may be a tube 2 as shown in FIG. 1, a pump 3 as shown in FIG. 2

It is also used. In other words, the tube (2) or the pump (3) using the air sucking means can be connected directly to the supporting vessel (1)

So that a suction pressure, that is, a negative pressure, is generated in the container 1.

When the negative pressure is generated in the supporting vessel 1 by the air suction means, the skin of the portion to which the supporting vessel 1 is attached is swollen

So that the waste pores and toxins in the human body can be leaked through the pores of the skin as in the past.

However, currently used air suction means are manually incurred negative pressure,

When a large number of floating containers 1 are to be attached during the procedure, a negative pressure must be manually formed in each of them

Thereby increasing the fatigue of the practitioner.

In order to solve the problems of the prior art, there has been proposed a technique proposed by the same applicant as the applicant of the present invention

Korean Patent Application No. 2000-0019534), which is a medical negative pressure generating device as shown in Fig.

3 is an exploded perspective view showing a medical negative pressure generating apparatus proposed by the applicant of the present invention. As shown in the figure,

The driving motor 10 is composed of the motor 10, the tube 20, the eccentric support 30, the lower plate 40 and the upper plate 50,

The power generator 10 is configured to generate a driving force simply by an external input power source and is driven by a separate switch mechanism

It is enforced.

Therefore, as shown in Fig. 4, one end of the hose 60 is connected to the intake pipe 52 of the negative pressure generator,

When the other end of the hose 60 is connected to the subsidiary container 70 which is in close contact with the annular portion, the inner pressure of the subsidiary container 70 gradually decreases,

The skin in which the container 70 is closely adhered is swollen.

Even if several floating vessels 70 are brought into close contact with the affected part while continuously driving the negative pressure generating device,

If the other end of the hose 60 connected to the apparatus is connected to each of the auxiliary vessels 70 one by one, no matter how many auxiliary vessels 70 are used

It is possible to perform an easy procedure.

The medical negative pressure generating apparatus proposed by the present applicant as described above has a problem in that its operation is not affected

However, patients or users who are usually in a boom are usually the elderly,

The negative pressure generating device is inconvenient because the generated negative pressure is constant (generates a high pressure).

This means that the medical negative pressure generating apparatus proposed by the present applicant includes a technique for controlling the degree of the generated pressure of the negative pressure

Because it is not.

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a negative pressure generator for generating a negative pressure necessary for a dishware or a tumbler container, and more particularly, The present invention relates to a container negative pressure generator for remotely operating a vacuum motor, and for providing ease of use in a place where there is no power source and in a space narrower than a negative pressure generator.

In general, a flapper is a herbal medicine treatment device used for vacuum blood purification, blood purification, and improvement of body composition. A therapeutic lotion or alcohol is applied to a lesion which is traditionally intended to be treated, and a few drops of alcohol are dropped in the flotation complex. The oxygen is exhausted, the fire is turned off, the inside is evacuated, and at the same time, a part of the skin is sucked into the bulwark complex. At this time, the pores of the skin are opened and the pores are opened The wastes and toxins in the human body were leaked out. However, such a conventional method is problematic in that it is difficult for the practitioner to perform the procedure and causes the patient to be afraid. In order to solve this problem, conventionally, the air suction means is separately connected to the vertical-

So that a negative pressure is formed inside the container more conveniently by the step.

The air suction means used at this time is usually the same tube 2, and the pump 3 is also used. In other words, the tube 2 or the pump 3, which uses the air suction means, is connected directly to the connecting vessel 1 or via a hose so that a suction pressure, i.e., a negative pressure is manually generated in the connecting vessel 1, There is a problem.

In order to solve the problems of the related art, there are a dish container and a negative pressure generating device for medical use having a flat entrance and exit bag as shown in FIG. 6 attached to various registered patent, utility and patent application 2000-0019534.

However, they connect the hose to the vessel and control the switch of the vessel bucket body connected to the power source to operate the vacuum motor.

This is because of the inconvenience that it is not possible to use without power source and the inconvenience which is impossible in the space smaller than the container reamer body, and the problem that when the hose is connected to the other container at a remote place, There is a problem of inconvenience that it is necessary to control the excess vacuum of the other container and the inconvenience of controlling the switch and the inconvenience that it is impossible to automatically shut off the excess vacuum of the other container.

Accordingly, in order to solve the above-described problems, the container negative pressure generator 10 of the present invention is provided with a vacuum motor and a switch provided in a battery provided with a suction hose, and a switch is further provided in the suction hose. And the suction hose is connected to the valve for entering and exiting the gas in the other container and the switch of the suction hose is operated. To control the vacuum motor.

The object of the container negative pressure generator 10 of the present invention is to automatically stop the operating vacuum motor by the operating member at a predetermined pressure or more within the suction hose in vacuum.

The purpose of the container unloader 10 of the present invention is to provide a battery operated vacuum motor which is capable of using the all-weather operation of the container unloader 10 and the body of the container unloader 10 at a remote location, It is an object of the present invention to use a vacuum motor in a narrow area smaller than the area of the operating container negative pressure to vacuum the bulbous container or the vacuum container even in a narrow space of a sink such as a kitchen.

In order to attain the above object, the container unloader 10 of the present invention includes a vessel 4 equipped with a valve 4 for entering and leaving a gas or an object storing an object, or a vessel 4 having a valve 4 directly coming into close contact with the user's skin The connection unit 3 of the suction hose 2 is connected to the valve 30 of the container 30 and the connection unit 3 of the suction hose 2. The inside of the container 30 is connected to the connection port 3 of the suction hose 2, An automatic negative pressure generator or a container vacuum inhaler (10) provided with a motor (1) having suction hose (2), an adjusting part (5a) for controlling the motor (1) and a control part (5) A suction hose 2a having a connection part 3a connected to the valve 4 of the container 30 and a connection part 3a of the suction hose 2a and a connecting part 3a or a suction hose 2a And at least one valve (4a) provided in the suction hose (2a) or at a valve (4a) of the suction hose (2a), and a switch or a boutus or transmitter for controlling the motor A normal battery 6 for operating the motor 1 or a battery 6 having a normal charger 6a is connected to the control unit 5 and the control unit 5b by a normal control unit 5b, Or the like.

The container unloading apparatus 10 of the present invention is provided with a contactor 3a for controlling the motor 1 at a specified pressure or a certain pressure inside the suction hose 2a to the suction hose 2a or the connecting portion 3a of the suction hose 2a, Or an operating portion 7 which is a transmitter or a busset.

Which is a contact unit for controlling the suction unit 1 at a specified pressure or a predetermined pressure inside the suction hose 2 or a contact unit for controlling the suction unit 2a or the connecting unit 3a of the suction hose 2a, 6b.

The suction hose 2a is normally connected to the valve 4 of the container by the connecting portion 3a.

The suction hose (2a) has a conventional manual valve through which the gas of the suction hose (2) enters and exits.

The controller normally controls the motor.

The controller controls the motor and may be provided on the valve of the body suction hose 2a or the suction hose 2a of the pressure regulator.

The controller may be actuated by a contact of the wire connection to the pressure of the suction hose 2a, sensing of the sense, displacement of the action generating the signal, or the like.

The controller may be referred to as a contact actuator of the wire connection to the pressure of the suction hose 2a, a sense of sense, an actuating displacement which generates a signal or an actuating body which is a deformed actuator.

The controller is provided on the body of the container regulator and on the valve of the suction hose 2a or the suction hose 2a.

When the controller is a switch provided in the connection portion 3a of the suction hose 2a or the valve 4a of the suction hose 2a, the electric wire connected to the switch is connected to the inside or the outside of the suction hose 2a or the suction hose 2a ), And the remainder may be connected to the control unit of the motor or container reamer body.

If the controller is a switch provided in the connecting portion (3a) of the suction hose or the suction hose connected to the motor or the control unit, the electric wire connected to the switch may be attached to the inside or the outside of the suction hose or the body of the suction hose can do.

The valve 4a of the connecting portion 3a of the suction hose 2a is provided with at least one normal displacement body or at least one normal deformable body displaced by the input / output pressure of the gas of the suction hose 2a, And a sensor for detecting an actuating body or a displacement body or a body that is operated on the displacement body or the body, or a wire connecting to the displacement body or the body that is connected to the control unit or operates the motor.

The valve 4a of the connecting portion 3a of the suction hose 2a is provided with a displacement body or an actuating actuating member or sense sensing member displaced by the input / output pressure of the gas of the suction hose 2a, And a control unit for controlling the motor connected to the operating body or the sensing sense unit.

The motor 1 is a conventional pump for sucking, vacuuming, or a conventional inhaler for wing rotation.

The operation portion is provided in the valve 4a of the suction hose 2a or the connecting portion 3a of the suction hose 2a and is provided with a normal An operating sense or a conventional contact body or a conventional boutus or a conventional transmitter.

The container negative pressure device of the present invention may be equipped with a conventional boutus or a conventional transceiver for remote communication to control the motor and may be provided with a boutus or transmitter at the suction hose 2a or at the connection 3a of the suction hose 2a have.

The container reloader of the present invention may be equipped with a conventional boutus or conventional transceiver that communicates with the control unit remotely and may also be provided with a boutus or transmitter at the suction hose 2a or at the connection 3a of the suction hose 2a . This has the effect of controlling the motor remotely by simply connecting the suction hose to the container while keeping the container adherent far away from the kitchen or in a narrow space.

A signal or a motor is applied to the suction hose 2a or the connecting portion 3a of the suction hose 2a to control or drive the suction hose 2a or the actuating body or the sensing body And may include a control unit for controlling the displacement body, the actuating actuator, or the motor to which the sensing senses are connected. This has the effect of automatically controlling the motor automatically to the pressure of the vessel and hose.

The main body of the pressure vessel 10 is provided with a suction motor 1 connected to a suction hose 2a, a normal regulating portion 5a, and a switch or a control portion 5.

The suction hose 2a of the motor 1 may be provided with an actuating member which is a conventional contactor for controlling the operation motor 1 at a normal pressure of the suction hose 2a or a normal sense or ordinary transmitter.

The motor 1 collectively refers to a conventional pump or ejector with a motor connected to the container by a suction hose 2a and discharging the gas of the container or the power body of the vacuum device.

The container negative pressure of the present invention may also include an actuating actuator that stops the motor at a specified pressure or a predetermined pressure of the suction hose 2a, or an operative bustus or transmitter that stops the motor in the suction hose 2a.

The container negative pressure of the present invention may also include an actuating actuating member for stopping the motor at a specified or predetermined pressure of the suction hose 2a or an operative bustus or transmitter for stopping the motor in the suction hose 2a, The hose 2a can be connected to the container and the motor can be controlled with a boutus or transmitter

The container negative pressure of the present invention may also include an actuating actuation for stopping the motor at a specified or predetermined pressure of the suction hose 2a or a bustus or transmitter for actuating the motor in the suction hose 2a, 2a) can be connected to the container and the motor can be controlled with a bru- tus or transmitter.

The container negative pressure generator according to the present invention is advantageous in that the vacuum motor actuator operated as described above is used as a battery and the switch is provided in the body of the container negative pressure hose and the suction hose so that it can be used without a power source unavailable in the past, The advantage of the remote distance of the body of the container reamer and the advantage of remotely operating with the switch of the suction hose below the area of the container unloader which was not possible in the past and the advantage of the present invention which is convenient and convenient to store in the past, And has an effect.

That is, when the container hose having the motor control function is provided with the suction hose, the suction hose is connected to the other container by simply placing the container negative pressure in a certain position, the motor of the certain position is driven by the suction hose controller, (Vacuum) is generated, there is an effect that convenience of the user is provided through formation of negative pressure based on the selection of the user according to the manual or selection mode (weak, medium, and strong).

1 is a block diagram of a control unit 5 of a negative pressure generator according to an embodiment of the present invention to control the motor 1 by a control unit 5a of a connection unit 3a of a hose connected to a control and motor 1
Block diagram.
Fig. 2 is a block diagram showing the connection to the control unit 5b of Fig. 1 and the addition of the operation unit 7 to the connection unit 3a,
Fig. 3 is a perspective view schematically showing a connection state around the connection portion 3a of Fig. 1,
FIG. 4 is a cross-sectional view of the gas movement in the vacuum state and the valve 4a in FIG. 3,
Fig. 5 is a sectional view of the valve 4a in the vacuum completed state of Fig. 4,
Various registered patents for controlling the motor (1) with the control part (5) of the body of the negative pressure generator are shown in Fig. 6,

In order to attain the above object, the present invention is characterized in that the container unloader (10) of the present invention is a container attaching device of a bowl equipped with a valve for entering and exiting a substance storing an object or an object, or a valve attaching device equipped with a valve A suction hose that is a driving motor having a suction hose for generating a power for sucking and discharging gas in which the inside of the container is evacuated, and a control unit for controlling the suction unit, (2) and the suction hose (2), or the suction hose (2) and the suction hose (2) are provided on the valve (12) A control unit 4 which is provided in the valve 3 of the control unit 4 and is a switch or a boutus or transmitter for controlling the suction unit and a normal battery 5 Or a battery 5 equipped with a conventional charger 6.

The container unloader 10 of the present invention may be equipped with an operating part or a boutus or a transmitter for controlling the suction part 1 at a predetermined pressure or a predetermined pressure within the suction hose 2 in the suction hose 2 .

BRIEF DESCRIPTION OF THE DRAWINGS The above and other objects, features and advantages of the present invention will become apparent to those skilled in the art upon examination of the following detailed description of the invention when taken in conjunction with the accompanying drawings, And will become more apparent from the following preferred embodiments of the invention. It will also be apparent to those skilled in the art that the present invention is not to be construed as an admission that the prior art and the claims, as well as the preceding words, are conventional, and therefore can not be the cause of the rejection.

The above and other objects and advantages of the present invention will become more apparent from the following detailed description of the present invention when taken in conjunction with the accompanying drawings.

Hereinafter, preferred embodiments according to the present invention will be described with reference to the accompanying drawings.

1 is a block diagram of a control unit 5 of a negative pressure generator according to an embodiment of the present invention to control the motor 1 by a control unit 5a of a connection unit 3a of a hose connected to a control and motor 1

Block diagram. 2 is a block diagram showing the connection of the control unit 5b of Fig. 1 and the operation unit 7 to the connection unit 3a. Fig. 3 is a schematic perspective view of the connection unit 3a,

FIG. 4 is a cross-sectional view of the valve 4a in the vacuum state of FIG. 3, FIG. 5 is a cross-sectional view of the valve 4a in the vacuum state of FIG.

1 and 3 The negative pressure generator 10 includes a vessel 30 having a valve 4 for entering and exiting a gas for storing objects and objects, or a vessel 30 having a valve 4 attached directly to the user's skin, (3) of the suction hose (2) is connected to the valve (4) of the container (30). The suction hose (2) is provided for generating power for sucking and discharging the gas inside the container And an automatic negative pressure generator or a container vacuum inhaler (10) having a control unit (5) for controlling the motor (1) and a switch (5) for controlling the motor (1) A suction hose 2a having a connection part 3a connected to the valve 4 of the container 30 and a connection part 3a of the suction hose 2a and a connecting part 3a or a suction hose 2a And at least one valve (4a) provided in the suction hose (2a) or at a valve (4a) of the suction hose (2a), and a switch or a boutus or transmitter for controlling the motor A normal battery 6 for operating the motor 1 or a battery 6 having a normal charger 6a is connected to the control unit 5 and the control unit 5b by a normal control unit 5b, (Claim 1)

3 The negative pressure generator 10 connects the connection portion 3a of the suction hose 2a connected to the motor 1 to the valve 4 (not shown) of the container 30 (not shown) Or the control unit 5b of the connection unit 3a for remote control is operated, the control unit 5b connected to the control unit 5b is connected normally. Therefore, the motor 1 is operated and normally hung in operation. At this time, the valve 4a and the gas inside the container 30 are normally sucked by the suction hose 2a and the connecting portion 3a. At this time, the gas inside the container 30 shown in Fig. 4 is discharged to the suction hose 2a, and becomes the vacuum advancing counterpart of the normal Fig.

At this time, the valve 4a of the connecting portion 3a becomes a normal blocking partner A. [ Therefore, the valve 4a of the connecting portion 3a is opened (opened (B)), and the connecting portion 3a is separated from the valve 4 of the container 30.

The valve 4a of the connecting portion 3 shown in FIG. 5 is opened (B)). At this time, the outside gas in which the inside of the suction hose 2a is vacuum-discharged normally flows. Thus, the connecting portion 3a is separated from the container 30. This is an advantage of the present invention in that it is operated by a wireless battery and that the negative pressure generator 10 can be kept at a distance from the use position and the control section 5b of the connection section 3a operates the operation motor 1 remotely (Request 1)

2, an operation unit connected to the control unit 5b of the negative pressure generator 10 of FIG. 1 and provided in the connection unit 3 is additionally provided.

The connecting portion 3a of the suction hose 2a connected to the motor 1 is connected to the valve 4 of the container 30 and the control portion 5b of the control portion 5 or the remote control portion 3a The controller 5 connected to the controller 5b becomes a connection mode. Therefore, the normal operation of the hopping of the motor 1 is performed. At this time, the gas inside the container 4 and the container 30 is normally sucked by the suction hose 2a and the connecting portion 3a. At this time, when the inside of the container 30 is vacuumed under normal pressure, the operating portion 7 of the connecting portion 3a is displaced to the inside of the suction hose 2a at a predetermined pressure, that is, ); The contact of the normal on connection to the control part 5b is normally disconnected from the operating contact at a certain pressure of the operating part 7 at the time of standby. At this time, the control unit 5b of the normal connection (on) is normally disconnected from the control unit 5, which is an advantage of the present patent in which the motor 1 is automatically stopped. In addition, although the operation diagram of the operating section 7 is not shown, a pneumatic solenoid having a known contact, such as a conventional engineer or a controller of a pneumatic contactor or a pneumatic tool technology paper, )

As such, the container reloader of the present invention can be operated by an electric or battery, and the motor can be controlled by a switch or a boutus or transmitter to connect the suction hose 2a to the container with the body at a remote location. There is an advantage of merit.

Therefore, the suction hose 2a is connected to the container with the body of the container adherent remote, and the motor is operated remotely, so that it is used in a wireless space and in a narrow space.

While the invention has been shown and described with respect to the specific embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention as defined by the appended claims. Anyone with it will know easily.

Claims (2)

Claim 1.
(4) of the container (30), the container (30) having a bulb attaching device with a valve (4) equipped with a gas entry / exit valve for storing a substance, an object or a valve (4) (3) of the suction hose (2) is connected to the suction hose (2) by suction of the suction hose (2) 1. An automatic negative pressure generator or a container vacuum inhaler (10) having a control unit (5a) for controlling a vacuum pump (1) and a control unit (5) serving as a switch.
A suction hose 2a having a connecting portion 3a connected to the valve 4 of the container 30;
A connecting portion 3a of the suction hose 2a;
At least one valve (4a) provided on the connection portion (3a) or on the suction hose (2a); and
At least one conventional control unit 5b which is provided on the suction hose 2a or on the valve 4a of the suction hose 2a and which is a switch or a boutus or transmitter for controlling the motor 1;
Characterized in that the controller (5) and the controller (5b) are provided with a battery (6) having a normal battery (6) or a normal charger (6a) for operating the motor (1) ). 2. The suction hose according to claim 1, wherein a contactor for controlling the motor (1) at a specified pressure or a predetermined pressure inside the suction hose (2a) is provided in the suction hose (2a) Or an operating part (7) which is a transmitter.

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